Traditional mineral exploration methods require two years or even longer to conduct preliminary and general surveys of a mineral target area. However, a new mineral exploration tool recently obtained by reporters... ——DCB The rapid prospecting instrument and technology take only a few days. Technicians use this instrument to quickly detect... 13 The orientation and distance of metallic mineralization (bodies) have enabled the rapid identification of more than 30 target areas for non-ferrous metal deposits in locations such as Dongning, Heilongjiang; Fengning, Hebei; and Shaoxing, Zhejiang. These targets have been verified using conventional exploration techniques, achieving a high accuracy rate. 20% The above.

　　This product was jointly developed by Beijing Zhelong Mining Technology Co., Ltd. and Heilongjiang Yuneng Mining Machinery & Equipment Co., Ltd. DCB The rapid prospecting instrument is a cutting-edge scientific device that combines radar technology with metal detectors, developed based on the fundamental theory of specific-frequency wavelengths. It operates by transmitting specific-frequency electromagnetic waves at extremely low frequencies into the ground. Under the mutual inductive effect of this low-frequency alternating field, these waves interact with various underground metallic elements and different wavelength frequencies, thereby generating a secondary induced electromagnetic field.

　　After long-term, extensive practice and testing, this technology has identified the primary-field excitation frequencies for various metallic elements. Consequently, by emitting waves at specific frequencies, this instrument can: 110 Within a square kilometer, buried underground. 200 Metal elements above a certain threshold resonate, generating an energy field that reflects back in resonance. Through the induction of the human body’s magnetic field and the detection rod, provided that the target metal element is present, the detection rod will rotate (or point) toward the mineralized and enriched ore zone.

　　Data indicate that all metallic elements possess their own inherent vibrational frequencies—known as resonance frequencies. When the frequency of an external vibration wave precisely matches the resonance frequency of a particular metallic element, resonance in that element is triggered. Once an element is set into resonance, it itself becomes a small source of vibrational waves, which in turn trigger resonance in other elements of the same type located farther away. This process continues in a relay-like fashion, enabling the selected frequency wave to propagate over long distances through soil and rock layers.

　　According to the introduction, through extensive scientific research activities and repeated application of rapid exploration technologies, DCB The rapid prospecting instrument can accurately detect metallic elements within a radius of five kilometers and pinpoint their exact locations. It enables swift identification of ore-target areas containing metallic mineralization, thereby significantly reducing the need for extensive preliminary and general surveys. Once the instrument has identified potential ore-target areas, detailed exploration work can be initiated directly. However, according to researchers, the instrument is still undergoing testing to determine the depth, grade, and reserves of each metallic element; these parameters can only be verified through drilling. Moreover, during detection, the instrument relies solely on rotating the probe to sense the presence of metallic mineralization, as well as its orientation and approximate distance.

　　This instrument can detect metallic elements, which have been preliminarily identified as: uranium, lead, mercury, gold, iron, tungsten, antimony, molybdenum, zinc, calcium, copper, nickel, and silver, among others. 13 The specific frequency waves of other metallic elements are currently under testing. Industry insiders say, DCB The application of rapid prospecting instruments and technologies has not only significantly reduced both the time and costs associated with mineral exploration, but also serves as an important complement to China’s traditional geological exploration methods. It symbolizes that a revolution poised to disrupt conventional geological exploration is about to begin.